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埃及大戟属植物的光合途径与生态分布

Photosynthetic pathways and ecological distribution ofEuphorbia species in Egypt.

作者信息

Batanouny K H, Stichler W, Ziegler H

机构信息

Department of Botany, Faculty of Science, Cairo University, Giza, Egypt.

Institut für Hydrologie, Gesellschaft für Strahlen- und Umweltforschung, Ingolstädter Landstr. 1, W-8042, Neuherberg, Federal Republic of Germany.

出版信息

Oecologia. 1991 Sep;87(4):565-569. doi: 10.1007/BF00320421.

Abstract

The photosynthetic pathways of 42 species of the genusEuphorbia growing wild, naturalized or cultivated in Egypt were investigated. The criteria used included the δC- and δD-values and Kranz anatomy of the leaves. There is a relationship between the photosynthetic pathway and the ecological conditions in the habitat of a particular species. All 4 CAM species are succulent shrubs, wild or cultivated. The 11 species with C pathways are mainly summer annuals of tropical origin and flourish under the hot summer conditions. The 27 C species are either winter annuals, perennials, perennials flourishing in winter or shrubs; the majority are Mediterranean, European or Saharo-Arabian. Summer annuals with C pathways grow under the shade of the summer crops. Generally, C plants grow under conditions of relatively better water resources and lower temperature than the C plants. The majority of the CAM and C species occur in the southern part of the country, where high temperature is a common feature of the climate.

摘要

对在埃及野生、归化或栽培的42种大戟属植物的光合途径进行了研究。所采用的标准包括叶片的δC值和δD值以及花环结构。特定物种栖息地的光合途径与生态条件之间存在关联。所有4种景天酸代谢(CAM)植物均为肉质灌木,野生或栽培。11种具有C途径的植物主要是热带起源的夏季一年生植物,在炎热的夏季条件下生长旺盛。27种C3植物要么是冬季一年生植物、多年生植物、在冬季生长旺盛的多年生植物,要么是灌木;大多数是地中海、欧洲或撒哈拉 - 阿拉伯地区的植物。具有C4途径的夏季一年生植物在夏季作物的荫蔽下生长。一般来说,C3植物比C4植物在水资源相对较好且温度较低的条件下生长。大多数CAM植物和C4植物出现在该国南部,那里高温是气候的一个常见特征。

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